Coreless filament winding is an innovative fabrication technique that eschews traditional moulds by utilising minimal support structures to guide resin‐impregnated fibre placement. This process ...

The highlights at Teufelberger’s booth (S16, Hall 7.2) for this year’s JEC are two large metal-composite hybrid space frame structures of 3 metres in length. The T-IGEL® connector forms the basis for ...

Composite lattice design is only 13 percent of the weight of a steel tube in bending applications, compared on an equal-load basis. Strength and stiffness can be tailored to each application through ...

BERKELEY, Calif.--(BUSINESS WIRE)--Arris, a California-based manufacturing tech pioneer enabling the use of high-performance composites in mass-market products, today announced it has won the GOOD ...

Increase in demand for high performance materials has led to a higher use of carbon fibre reinforced polymer (CFRP) composites in the Aerospace industry. The main obstacle that limits widespread use ...

¤ FEA process for JWST composite Backplane converts materials design analysis into an FE model with 14 million degrees of freedom. ¤ Coupons made from modeled carbon composite prepreg are tested and ...

This research delved into the degradation behaviour of Glass Fiber Reinforced Polymer (FRP) bars and vinyl ester resin when subjected to saline environmental conditions, simulating harsh marine ...

Just as a car has a chassis, spacecraft also have a basic structure. But the big difference is that the acceleration forces exerted on the structure of a spacecraft during a rocket launch are many ...